The Gaussian Accelerator event was held on 20th March 2015 at the premises of [insert name of school/college/university]. The event was demonstrated by Aditya Hase, a student of SE-IT, and was attended by students from the first year of the 2014 batch.

The Gaussian Accelerator is an innovative machine that utilizes the power of magnets to accelerate a magnetic ball. The machine works by increasing the kinetic energy of the ball as it moves through a series of magnets that are carefully positioned in a specific pattern. The result is a highly efficient and powerful acceleration that is both fascinating and impressive.

During the event, Aditya Hase explained the working principles of the Gaussian Accelerator and demonstrated how it could be used to propel the magnetic ball to high speeds. The audience was captivated by the demonstration and was able to see first-hand how the machine worked.

Aditya Hase also highlighted the potential applications of the Gaussian Accelerator, including its use in particle accelerators and other scientific experiments. He also explained how the technology could be used to develop more efficient and powerful machines in various industries.

Overall, the Gaussian Accelerator event was a great success, and the attendees were impressed by the innovative technology and its potential applications. It was a valuable learning experience for the students who attended and provided them with insights into the latest advancements in technology.